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Monitoring results and analysis of thermal comfort conditions in experimental buildings for different heating systems and ventilation regimes during heating and cooling seasons

机译:在加热和冷却季度不同加热系统和通风制度的实验建筑中的监测结果与分析

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This paper focuses on the long-term monitoring of thermal comfort and discomfort parameters in five small test buildings equipped with different heating and cooling systems. Calculations of predicted percentage of dissatisfied people (PPD) index and discomfort factors are provided for the room in winter season running three different heating systems - electric heater, air-air heat pump and air-water heat pump, as well as for the summer cooling with split type air conditioning systems. It is shown that the type of heating/cooling system and its working regime has an important impact on thermal comfort conditions in observed room. Recommendations for the optimal operating regimes and choice of the heating system from the thermal comfort point of view are summarized.
机译:本文重点介绍,在配备有不同加热和冷却系统的五个小型测试建筑中的热舒适和不适参数的长期监测。冬季运行三种不同的加热系统 - 电加热器,空气热泵和空气热泵,以及夏季冷却,为冬季的房间提供预测百分比的预测百分比和不适因素的计算,以及夏季冷却采用分体式空调系统。结果表明,加热/冷却系统及其工作方案的类型对观察室中的热舒适条件具有重要影响。总结了最佳运行制度的建议和从热舒适度观点的加热系统的选择。

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